Limited-memory BFGS
PulseAugur coverage of Limited-memory BFGS — every cluster mentioning Limited-memory BFGS across labs, papers, and developer communities, ranked by signal.
2 day(s) with sentiment data
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Multi-agent systems advance path planning and medical AI · 2 sources tracked
Two new research papers explore multi-agent systems for complex tasks. The first, OCFormer, utilizes a transformer-based neural network for real-time multi-agent path planning, demonstrating scalability with up to 128 a…
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New Neural-Network Solvers Enhance 1D Ground-State Profile Analysis
Researchers have developed and compared enhanced neural-network solvers for one-dimensional ground-state profiles, which are solutions to specific nonlinear equations. The study introduces improvements over standard phy…
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JAX gets new quasi-Newton optimization methods
A new implementation of the Self-Scaled Broyden family of quasi-Newton methods has been released for JAX, a numerical computation library. This implementation, built on the Optimistix library, includes various BFGS, DFP…
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New empirical Bayes approach enhances generalized linear models
Researchers have developed a novel empirical Bayes approach for fitting Bayesian generalized linear models, introducing a mean-field variational inference method that estimates the prior within the algorithm, making it …
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New research tackles PINN limitations with error correction, precision, and shallow architectures
Three recent research papers explore methods to improve the performance and efficiency of Physics-Informed Neural Networks (PINNs). One approach, Physics-Informed Error Field Learning (PIEFL), introduces an auxiliary er…
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New blockwise optimizer enhances cubic Newton methods for large-scale neural networks
This paper introduces a novel blockwise optimizer designed to improve the efficiency of cubic regularized Newton methods for large-scale neural network training. The proposed method handles arbitrarily large parameter t…
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Levi-Civita Coordinates Improve Dynamics, Worsen Optimization in AI Dynamics Study
Researchers have explored the use of Levi--Civita coordinates for learned Hamiltonian dynamics, comparing them to Cartesian formulations in a perturbed Kepler system. While Levi--Civita coordinates demonstrated superior…
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New Two-Sided L-BFGS algorithm enhances optimization stability
Researchers have developed a new variant of the limited-memory BFGS (L-BFGS) optimization algorithm, called Two-Sided L-BFGS. This method addresses the issue of exploding condition numbers in the inverse Hessian approxi…
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Hybrid deep learning method improves laser wavefront reconstruction
Researchers have developed a novel hybrid method for reconstructing wavefront distortions in laser systems, aiming to improve efficiency and accuracy. This approach combines a convolutional neural network for initial es…
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New research explores genetic programming for symbolic regression · 2 sources tracked
Two recent arXiv papers explore genetic programming (GP) for symbolic regression (SR). One study, "Evaluation of Population Initialization Methods for Genetic Programming-based Symbolic Regression," found that different…
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DualTCN framework uses AI to improve marine CSEM data inversion accuracy
Researchers have developed DualTCN, a novel deep learning framework for analyzing time-domain marine controlled-source electromagnetic (MCSEM) data. This framework moves beyond traditional methods by directly reconstruc…
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Random test functions, $H^{-1}$ norm equivalence, and stochastic variational physics-informed neural networks
Researchers have developed a new method for solving partial differential equations using stochastic variational physics-informed neural networks (SV-PINNs). This approach leverages the equivalence between the $H^{-1}$ n…